Calcium carbonate, iron-three acetate, and this compound are used to decarboxylate the intermediate in the second step of the Ruff degradation. The industrial synthesis of this compound is accomplished via repeated oxidation and hydrogenation of alkyl anthroquinones in the AO process. Biosensors for this compound typically utilize nanoparticles coupled to an enzyme isolated from horseradish called HRP. An iron catalyst and this compound compose a reagent used to oxidize contaminants in waste water, named for (*) Fenton. This compound is commonly used in the oxidation step following hydroboration, and as an oxidizing agent, it is stronger than ozone and permanganate. 
Calcium carbonate, iron-three acetate, and this compound are used to decarboxylate the intermediate in the second step of the Ruff degradation. The industrial synthesis of this compound is accomplished via repeated oxidation and hydrogenation of alkyl anthroquinones in the AO process. Biosensors for this compound typically utilize nanoparticles coupled to an enzyme isolated from horseradish called HRP. An iron catalyst and this compound compose a reagent used to oxidize contaminants in waste water, named for (*) Fenton. This compound is commonly used in the oxidation step following hydroboration, and as an oxidizing agent, it is stronger than ozone and permanganate. In its decomposition, two molecules of this compound yield two molecules of water and one oxygen, a reaction catalyzed by catalase in the liver. FTP, name this chemical compound with formula H2O2.
Calcium carbonate, iron-three acetate, and this compound are used to decarboxylate the intermediate in the second step of the Ruff degradation.
{hydrogen peroxide} [or {hydrogen dioxide}; or H2O2 before mentioned]